Inheritance diagram for optoOIS.registers.mre3ois_registers.MiscFeatures:

Public Member Functions
	__init__ (self, board=None)
	ResetFW (self)
	GetFEpower (self)
	SetFEpower (self, state=0)
	GetFEvoltage (self)
	SetFEvoltage (self, voltage=12.0)
	GetPWMfrequency (self)
	SetPWMfrequency (self, frequency=1000)
	GetOutputState (self, channel)
	SetOutputState (self, channel, state=0)
	GetADCcurrent (self, channel=0)
	GetADCvoltage (self, channel=0)
	GetDevicePower (self, channel)
	SetDevicePower (self, channel, state=0)
	GetDevicePowerMask (self)
	SetDevicePowerMask (self, mask=0)
	GetDeviceType (self, channel)
	GetUIN (self)
	GetIIN (self)
	GetUFE (self)
	GetProxyVoltage (self)
	GetAnalogInput (self, channel=0)
	GetResistance (self, channel=0)
	GetOperationMode (self)
	SetOperationMode (self, value)
	GetWcState (self)
	SetWcState (self, value)
	EnableCalCoefficients (self, enable=1)
	GetGPIOstate (self)
	SetGPIOstate (self, state=0)
	GetGPIOdirection (self)
	SetGPIOdirection (self, direction=0)
	GetFeedbackMode (self)
	SetFeedbackMode (self, state=0)
	GetAverageInputPower (self)
	GetI2CList (self, channel)

Static Public Member Functions
	help ()

Public Attributes
int	sys_id = 0x25
dict	reset_FW
dict	FE_power
dict	FE_voltage
dict	PWM_frequency
dict	enable_out0
dict	enable_out1
dict	ADCI0
dict	ADCI1
dict	ADCV0
dict	ADCV1
dict	DEV_POWER0
dict	DEV_POWER1
dict	DEV_TYPE0
dict	DEV_TYPE1
dict	UIN
dict	IIN
dict	UFE
dict	AIN0
dict	AIN1
dict	WRITE_CTRL
dict	LOAD_CH0
dict	LOAD_CH1
dict	enable_calibration
dict	Operation_Mode
dict	GPIO_STATE
dict	GPIO_DIRECTION
dict	FB_MODE
dict	Pin_avg
dict	ProxyVoltage
dict	i2c_list_ch0 = {'id': self.sys_id << 8 \| 0x00, 'type': bytes}
dict	i2c_list_ch1 = {'id': self.sys_id << 8 \| 0x01, 'type': bytes}
dict	i2c_list_ch2 = {'id': self.sys_id << 8 \| 0x02, 'type': bytes}
dict	i2c_list_ch3 = {'id': self.sys_id << 8 \| 0x03, 'type': bytes}
	name = self.__class__.__name__

Static Protected Attributes
bool	_is_a_system = True

Detailed Description

/**
* page MiscFeatures Miscellaneous Features
*
* Miscellaneous Features system ID : <b>0x25</b>
*
* ## Register Map:
*
*  | Address | Name                             | Default Value | Description                                                      | Type   |  Access    |
*  | --------|----------------------------------|---------------|------------------------------------------------------------------|------- | -----------|
*  | 0x2500  | Reset firmware                   | N/A           | Reading triggers function                                        | uint32 | read only  |
*  | 0x2501  | FrontEnd power state             | false=0       | Setting of FrontEnd power supply state                           | boolean| read write |
*  | 0x2502  | FrontEnd voltage                 | 18.0          | Setting of FrontEnd supply voltage [V]                           | float  | read write |
*  | 0x2503  | Output stage PWM frequency       | 1000          | Setting of PWM frequency [400, 500, 600, 1000 and 1200 kHz]      | uint32 | read write |
*  | 0x2504  | Enable output stage channel 0    | false=0       | Setting of output stage state channel 0                          | boolean| read write |
*  | 0x2505  | Enable output stage channel 1    | false=0       | Setting of output stage state channel 1                          | boolean| read write |
*  | 0x2506  | NOT USED
*  | 0x2507  | NOT USED
*  | 0x2508  | ADCI0                             | N/A           | Reading of current on channel 0                                  | float  | read only  |
*  | 0x2509  | ADCI1                             | N/A           | Reading of current on channel 1                                  | float  | read only  |
*  | 0x250a  | NOT USED
*  | 0x250b  | NOT USED
*  | 0x250c  | ADCV0                             | N/A           | Reading of voltage on channel 0                                  | float  | read only  |
*  | 0x250d  | ADCV1                             | N/A           | Reading of voltage on channel 1                                  | float  | read only  |
*  | 0x250e  | NOT USED
*  | 0x250f  | NOT USED
*  | 0x2510  | DEV_POWER0                        | 0             | Setting 3v3 for device on channel 0                              | uint32 | read write |
*  | 0x2511  | DEV_POWER1                        | 0             | Setting 3v3 for device on channel 1                              | uint32 | read write |
*  | 0x2512  | NOT USED
*  | 0x2513  | NOT USED
*  | 0x2514  | DEV_MODEL0                        | 0             | get \ref DeviceModel on channel 0                                | uint32 | read only  |
*  | 0x2515  | DEV_MODEL1                        | 0             | get \ref DeviceModel on channel 1                                | uint32 | read only  |
*  | 0x2516  | NOT USED
*  | 0x2517  | NOT USED
*  | 0x2518  | Uin                               | N/A           | Reading input voltage                                            | float  | read only  |
*  | 0x2519  | Iin                               | N/A           | Reading input current                                            | float  | read only  |
*  | 0x251a  | Ufe                               | N/A           | Reading FE voltage                                               | float  | read only  |
*  | 0x251b  | ANLGIN0                           | N/A           | Reading of analog input channel 0                                | float  | read only  |
*  | 0x251c  | ANLGIN1                           | N/A           | Reading of analog input channel 1                                | float  | read only  |
*  | 0x251d  | NOT USED
*  | 0x251e  | NOT USED
*  | 0x251f  | AUTO_CONFIG                   | 0             | Configures both channels of driver into specific mode: 0 - Open loop, 1 - Close loop Optical Feedback, 2 - Close loop XY, 3 - Resonant mirror mode (not applied yet) | uint32 | read write |
*  | 0x2520  | WRITE_CTRL                       | 0             | Reading returns WC state, writing sets state of WC output signal | uint32 | read write |
*  | 0x2521  | LOAD_CH0                         | 0          | Reading load resistance on channel 0 (set some DC current before)| float  | read only  |
*  | 0x2522  | LOAD_CH1                         | 0          | Reading load resistance on channel 1 (set some DC current before)| float  | read only  |
*  | 0x2523  | NOT USED
*  | 0x2524  | NOT USED
*  | 0x2525  | Enable calibration coefficients  | true=1 *(1)   | Enable calibration coefficients for measurements in this system  | boolean| read write |
*  | 0x2526  | SET_STATE                         | -             | 1 set driver to init state, 2 set to project independent default | uint32 | write only |
*  | 0x2527  | GPIO_STATE                       | 0             | Set logical level on GPIO pins (bitwise; 0=LOW, 1=HIGH)          | Bit#<br/>0 - external GPIO0<br/>1 - external GPIO1<br/>2 - external GPIO2<br/>3 - external GPIO3<br/>4 - internal GPIO_IN0<br/>5 - internal GPIO_IN1<br/>6 - internal GPIO_IN4<br/>7 - internal GPIO_IN5| read write |
*  | 0x2528  | GPIO_DIRECTION                   | 0             | Set direction of GPIO pins (bitwise; 0=INPUT, 1=OUTPUT)          | Bit#<br/>0 - external GPIO0<br/>1 - external GPIO1<br/>2 - external GPIO2<br/>3 - external GPIO3<br/>4 - internal GPIO_IN0<br/>5 - internal GPIO_IN1<br/>6 - internal GPIO_IN4<br/>7 - internal GPIO_IN5| read write |
*  | 0x2529  | FB_MODE                           | 0             | Set feedback mode bitwise per channel (0=current, 1=voltage) *(2)| uint32 | read write |
*  | 0x252A  | Pin_avg                           | N/A           | Reading average input power (integration time = 1 second)        | float  | read only  |
*  | 0x252B  | DEV_POWER_MASK                   | 0             | Set 3v3 for device bitwise per channel                            | uint32 | read write |
*  *(1) Calibration coefficients are enabled for measurements in this system only in official ICC-4-C builds<br/>
*  *(2) Feedback mode selection is available only on drivers with HW revision 2 and greater
*
* The Miscellaneous system supports the following vectors (vectors have their own address space):
*
* | Address | Name                           | Default     | Description                            | Format and value    |
* |---------|--------------------------------|-------------|----------------------------------------|---------------------|
* | 0x2500  | i2c address list on channel0   |   0         | 16 bytes representing specific address | 4*int32, read only  |
* | 0x2501  | i2c address list on channel1   |   0         | 16 bytes representing specific address | 4*int32, read only  |
* | 0x2502  | i2c address list on channel2   |   0         | 16 bytes representing specific address | 4*int32, read only  |
* | 0x2503  | i2c address list on channel3   |   0         | 16 bytes representing specific address | 4*int32, read only  |
* | 0x2504  | output current all channels    |   0         | 16 bytes, 4 floats for each channel    | 4*float, read only  |
* | 0x2505  | output voltage all channels    |   0         | 16 bytes, 4 floats for each channel    | 4*float, read only  |
* | 0x2506  | load resistance all channels   |   0         | 16 bytes, 4 floats for each channel    | 4*float, read only  |
* | 0x2507  | analog inputs all channels     |   0         | 16 bytes, 4 floats for each channel    | 4*float, read only  |
* | 0x2508  | out.current calib.coef. chan#0 |{0,1,0,0,0,0}| 5th grade polynomial for chan#0        | 6*float, read write |
* | 0x2509  | out.current calib.coef. chan#1 |{0,1,0,0,0,0}| 5th grade polynomial for chan#1        | 6*float, read write |
* | 0x250A  | out.current calib.coef. chan#2 |{0,1,0,0,0,0}| 5th grade polynomial for chan#2        | 6*float, read write |
* | 0x250B  | out.current calib.coef. chan#3 |{0,1,0,0,0,0}| 5th grade polynomial for chan#3        | 6*float, read write |
* | 0x250C  | out.voltage calib.coef. chan#0 |{0,1,0,0,0,0}| 5th grade polynomial for chan#0        | 6*float, read write |
* | 0x250D  | out.voltage calib.coef. chan#1 |{0,1,0,0,0,0}| 5th grade polynomial for chan#1        | 6*float, read write |
* | 0x250E  | out.voltage calib.coef. chan#2 |{0,1,0,0,0,0}| 5th grade polynomial for chan#2        | 6*float, read write |
* | 0x250F  | out.voltage calib.coef. chan#3 |{0,1,0,0,0,0}| 5th grade polynomial for chan#3        | 6*float, read write |
* | 0x2510  | analog input calib.coef.chan#0 |{0,1,0,0,0,0}| 5th grade polynomial for chan#0        | 6*float, read write |
* | 0x2511  | analog input calib.coef.chan#1 |{0,1,0,0,0,0}| 5th grade polynomial for chan#1        | 6*float, read write |
* | 0x2512  | analog input calib.coef.chan#2 |{0,1,0,0,0,0}| 5th grade polynomial for chan#2        | 6*float, read write |
* | 0x2513  | analog input calib.coef.chan#3 |{0,1,0,0,0,0}| 5th grade polynomial for chan#3        | 6*float, read write |
* | 0x2514  | Uin voltage calib.coefficient  |{0,1,0,0,0,0}| 5th grade polynomial                   | 6*float, read write |
* | 0x2515  | Iin voltage calib.coefficient  |{0,1,0,0,0,0}| 5th grade polynomial                   | 6*float, read write |
* | 0x2516  | Ufe voltage calib.coefficient  |{0,1,0,0,0,0}| 5th grade polynomial                   | 6*float, read write |
*
*/

Constructor & Destructor Documentation

◆ init()

optoOIS.registers.mre3ois_registers.MiscFeatures.__init__	(		self,
			board = None )

Member Function Documentation

◆ EnableCalCoefficients()

optoOIS.registers.mre3ois_registers.MiscFeatures.EnableCalCoefficients	(		self,
			enable = 1 )

◆ GetADCcurrent()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetADCcurrent	(		self,
			channel = 0 )

◆ GetADCvoltage()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetADCvoltage	(		self,
			channel = 0 )

◆ GetAnalogInput()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetAnalogInput	(		self,
			channel = 0 )

◆ GetAverageInputPower()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetAverageInputPower ( self )

◆ GetDevicePower()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetDevicePower	(		self,
			channel )

◆ GetDevicePowerMask()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetDevicePowerMask ( self )

◆ GetDeviceType()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetDeviceType	(		self,
			channel )

◆ GetFeedbackMode()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetFeedbackMode ( self )

◆ GetFEpower()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetFEpower ( self )

◆ GetFEvoltage()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetFEvoltage ( self )

◆ GetGPIOdirection()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetGPIOdirection ( self )

◆ GetGPIOstate()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetGPIOstate ( self )

◆ GetI2CList()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetI2CList	(		self,
			channel )

◆ GetIIN()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetIIN ( self )

◆ GetOperationMode()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetOperationMode ( self )

◆ GetOutputState()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetOutputState	(		self,
			channel )

◆ GetProxyVoltage()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetProxyVoltage ( self )

◆ GetPWMfrequency()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetPWMfrequency ( self )

◆ GetResistance()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetResistance	(		self,
			channel = 0 )

◆ GetUFE()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetUFE ( self )

◆ GetUIN()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetUIN ( self )

◆ GetWcState()

optoOIS.registers.mre3ois_registers.MiscFeatures.GetWcState ( self )

◆ help()

optoOIS.registers.mre3ois_registers.MiscFeatures.help ( )

static

◆ ResetFW()

optoOIS.registers.mre3ois_registers.MiscFeatures.ResetFW ( self )

◆ SetDevicePower()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetDevicePower	(	self,
		channel,
		state = 0 )

◆ SetDevicePowerMask()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetDevicePowerMask	(		self,
			mask = 0 )

◆ SetFeedbackMode()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetFeedbackMode	(		self,
			state = 0 )

◆ SetFEpower()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetFEpower	(		self,
			state = 0 )

◆ SetFEvoltage()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetFEvoltage	(		self,
			voltage = 12.0 )

◆ SetGPIOdirection()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetGPIOdirection	(		self,
			direction = 0 )

◆ SetGPIOstate()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetGPIOstate	(		self,
			state = 0 )

◆ SetOperationMode()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetOperationMode	(		self,
			value )

◆ SetOutputState()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetOutputState	(	self,
		channel,
		state = 0 )

◆ SetPWMfrequency()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetPWMfrequency	(		self,
			frequency = 1000 )

◆ SetWcState()

optoOIS.registers.mre3ois_registers.MiscFeatures.SetWcState	(		self,
			value )

Member Data Documentation

◆ _is_a_system

bool optoOIS.registers.mre3ois_registers.MiscFeatures._is_a_system = True

staticprotected

◆ ADCI0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.ADCI0

Initial value:

= {'id': self.sys_id << 8 | 0x08, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ ADCI1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.ADCI1

Initial value:

= {'id': self.sys_id << 8 | 0x09, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ ADCV0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.ADCV0

Initial value:

= {'id': self.sys_id << 8 | 0x0c, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ ADCV1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.ADCV1

Initial value:

= {'id': self.sys_id << 8 | 0x0d, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ AIN0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.AIN0

Initial value:

= {'id': self.sys_id << 8 | 0x1b, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ AIN1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.AIN1

Initial value:

= {'id': self.sys_id << 8 | 0x1c, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ DEV_POWER0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.DEV_POWER0

Initial value:

= {'id': self.sys_id << 8 | 0x10, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ DEV_POWER1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.DEV_POWER1

Initial value:

= {'id': self.sys_id << 8 | 0x11, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ DEV_TYPE0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.DEV_TYPE0

Initial value:

= {'id': self.sys_id << 8 | 0x14, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ DEV_TYPE1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.DEV_TYPE1

Initial value:

= {'id': self.sys_id << 8 | 0x15, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ enable_calibration

dict optoOIS.registers.mre3ois_registers.MiscFeatures.enable_calibration

Initial value:

= {'id': self.sys_id << 8 | 0x25, 'type': int, 'unit': None, 'range': None,

'default': None, 'value': None}

◆ enable_out0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.enable_out0

Initial value:

= {'id': self.sys_id << 8 | 0x04, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ enable_out1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.enable_out1

Initial value:

= {'id': self.sys_id << 8 | 0x05, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ FB_MODE

dict optoOIS.registers.mre3ois_registers.MiscFeatures.FB_MODE

Initial value:

= {'id': self.sys_id << 8 | 0x29, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ FE_power

dict optoOIS.registers.mre3ois_registers.MiscFeatures.FE_power

Initial value:

= {'id': self.sys_id << 8 | 0x01, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ FE_voltage

dict optoOIS.registers.mre3ois_registers.MiscFeatures.FE_voltage

Initial value:

= {'id': self.sys_id << 8 | 0x02, 'type': float, 'unit': None, 'range': None, 'default': 18.0,

'value': 18.0}

◆ GPIO_DIRECTION

dict optoOIS.registers.mre3ois_registers.MiscFeatures.GPIO_DIRECTION

Initial value:

= {'id': self.sys_id << 8 | 0x28, 'type': int, 'unit': None, 'range': None, 'default':

None, 'value': None}

◆ GPIO_STATE

dict optoOIS.registers.mre3ois_registers.MiscFeatures.GPIO_STATE

Initial value:

= {'id': self.sys_id << 8 | 0x27, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ i2c_list_ch0

optoOIS.registers.mre3ois_registers.MiscFeatures.i2c_list_ch0 = {'id': self.sys_id << 8 | 0x00, 'type': bytes}

◆ i2c_list_ch1

optoOIS.registers.mre3ois_registers.MiscFeatures.i2c_list_ch1 = {'id': self.sys_id << 8 | 0x01, 'type': bytes}

◆ i2c_list_ch2

optoOIS.registers.mre3ois_registers.MiscFeatures.i2c_list_ch2 = {'id': self.sys_id << 8 | 0x02, 'type': bytes}

◆ i2c_list_ch3

optoOIS.registers.mre3ois_registers.MiscFeatures.i2c_list_ch3 = {'id': self.sys_id << 8 | 0x03, 'type': bytes}

◆ IIN

dict optoOIS.registers.mre3ois_registers.MiscFeatures.IIN

Initial value:

= {'id': self.sys_id << 8 | 0x19, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ LOAD_CH0

dict optoOIS.registers.mre3ois_registers.MiscFeatures.LOAD_CH0

Initial value:

= {'id': self.sys_id << 8 | 0x21, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ LOAD_CH1

dict optoOIS.registers.mre3ois_registers.MiscFeatures.LOAD_CH1

Initial value:

= {'id': self.sys_id << 8 | 0x22, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ name

optoOIS.registers.mre3ois_registers.MiscFeatures.name = self.__class__.__name__

◆ Operation_Mode

dict optoOIS.registers.mre3ois_registers.MiscFeatures.Operation_Mode

Initial value:

= {'id': self.sys_id << 8 | 0x26, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ Pin_avg

dict optoOIS.registers.mre3ois_registers.MiscFeatures.Pin_avg

Initial value:

= {'id': self.sys_id << 8 | 0x2a, 'type': float, 'unit': None, 'range': None, 'default':

None, 'value': None}

◆ ProxyVoltage

dict optoOIS.registers.mre3ois_registers.MiscFeatures.ProxyVoltage

Initial value:

= {'id': self.sys_id << 8 | 0x2c, 'type': float, 'unit': None, 'range': None, 'default':

None, 'value': None}

◆ PWM_frequency

dict optoOIS.registers.mre3ois_registers.MiscFeatures.PWM_frequency

Initial value:

= {'id': self.sys_id << 8 | 0x03, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ reset_FW

dict optoOIS.registers.mre3ois_registers.MiscFeatures.reset_FW

Initial value:

= {'id': self.sys_id << 8 | 0x00, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ sys_id

int optoOIS.registers.mre3ois_registers.MiscFeatures.sys_id = 0x25

◆ UFE

dict optoOIS.registers.mre3ois_registers.MiscFeatures.UFE

Initial value:

= {'id': self.sys_id << 8 | 0x1a, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ UIN

dict optoOIS.registers.mre3ois_registers.MiscFeatures.UIN

Initial value:

= {'id': self.sys_id << 8 | 0x18, 'type': float, 'unit': None, 'range': None, 'default': None,

'value': None}

◆ WRITE_CTRL

dict optoOIS.registers.mre3ois_registers.MiscFeatures.WRITE_CTRL

Initial value:

= {'id': self.sys_id << 8 | 0x20, 'type': int, 'unit': None, 'range': None, 'default': None,

'value': None}

The documentation for this class was generated from the following file:

C:/git/187-763-00_optoois/src/main/python/optoOIS/registers/mre3ois_registers.py

Public Member Functions

Static Public Member Functions

Public Attributes

Static Protected Attributes

Detailed Description

Constructor & Destructor Documentation

◆ __init__()

Member Function Documentation

◆ EnableCalCoefficients()

◆ GetADCcurrent()

◆ GetADCvoltage()

◆ GetAnalogInput()

◆ GetAverageInputPower()

◆ GetDevicePower()

◆ GetDevicePowerMask()

◆ GetDeviceType()

◆ GetFeedbackMode()

◆ GetFEpower()

◆ GetFEvoltage()

◆ GetGPIOdirection()

◆ GetGPIOstate()

◆ GetI2CList()

◆ GetIIN()

◆ GetOperationMode()

◆ GetOutputState()

◆ GetProxyVoltage()

◆ GetPWMfrequency()

◆ GetResistance()

◆ GetUFE()

◆ GetUIN()

◆ GetWcState()

◆ help()

◆ ResetFW()

◆ SetDevicePower()

◆ SetDevicePowerMask()

◆ SetFeedbackMode()

◆ SetFEpower()

◆ SetFEvoltage()

◆ SetGPIOdirection()

◆ SetGPIOstate()

◆ SetOperationMode()

◆ SetOutputState()

◆ SetPWMfrequency()

◆ SetWcState()

Member Data Documentation

◆ _is_a_system

◆ ADCI0

◆ ADCI1

◆ ADCV0

◆ ADCV1

◆ AIN0

◆ AIN1

◆ DEV_POWER0

◆ DEV_POWER1

◆ DEV_TYPE0

◆ DEV_TYPE1

◆ enable_calibration

◆ enable_out0

◆ enable_out1

◆ FB_MODE

◆ FE_power

◆ FE_voltage

◆ GPIO_DIRECTION

◆ GPIO_STATE

◆ i2c_list_ch0

◆ i2c_list_ch1

◆ i2c_list_ch2

◆ i2c_list_ch3

◆ IIN

◆ LOAD_CH0

◆ LOAD_CH1

◆ name

◆ Operation_Mode

◆ Pin_avg

◆ ProxyVoltage

◆ PWM_frequency

◆ reset_FW

◆ sys_id

◆ UFE

◆ UIN

◆ init()